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How a robot navigates temporary obstacles: tables, boxes, equipment
Imagine you need a robot for wet areas, such as spa areas or around swimming pools, where the surface is constantly wet. In such conditions, it is extremely important that a waterproof robot capable of cleaning near water can effectively navigate the room, bypass temporary obstacles such as tables, boxes, and equipment, while complying with all safety and cleanliness requirements.
Modern cleaning robots, such as Waybot, are equipped with intelligent navigation, lidar, cameras, and sensors that allow them to easily navigate around even chaotic obstacles. Below is a detailed description of how it works and what the advantages are.
Modern cleaning robots, such as Waybot, are equipped with intelligent navigation, lidar, cameras, and sensors that allow them to easily navigate around even chaotic obstacles. Below is a detailed description of how it works and what the advantages are.
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Why cleaning in spas and wet areas requires special solutions
Uniqueness of the environment In spa areas and rooms with water, the floor is always wet, often slippery, and humidity is high. This is an ideal environment for bacteria to multiply, so cleaning must be carried out regularly and thoroughly. A robot for wet rooms must be moisture-resistant, protected from corrosion, and provide thorough cleaning without leaving streaks or standing water.
The problem of temporary obstacles While a cleaner manually moves chairs, carries baskets, and cleans tiles, this requires many actions and delays. The robot needs to learn to:
safely navigate around stools, tables, and sun loungers;
respond correctly to boxes of towels, medical equipment, or additional accessories;
adapt to changes in the environment without the help of an operator.
If cleaning is not quick and unobtrusive, guests may feel uncomfortable and staff may experience additional stress.
The problem of temporary obstacles While a cleaner manually moves chairs, carries baskets, and cleans tiles, this requires many actions and delays. The robot needs to learn to:
safely navigate around stools, tables, and sun loungers;
respond correctly to boxes of towels, medical equipment, or additional accessories;
adapt to changes in the environment without the help of an operator.
If cleaning is not quick and unobtrusive, guests may feel uncomfortable and staff may experience additional stress.
Navigation and obstacle avoidance: robot technologies Sensors and detectors
Lidars and 3D cameras create a three-dimensional model of the room, detecting objects in real time.
Ultrasonic sensors detect small objects such as boxes or baskets.
The body material is water-resistant, and the electronic modules are protected from moisture, making the robot suitable for cleaning near water and in damp rooms.
How the algorithms work
Initial scan — the robot slowly moves around the room, scanning the location of tables, loungers, and baskets.
Map creation — a map of the room is created, including areas where temporary obstacles may be located.
Bypass routes — algorithms build the optimal path, taking into account the possible movements of objects.
Dynamic response — if an object has been moved, the robot does not slow down: it “understands” the situation and adjusts its route in real time.
Safety in wet conditions
The robot is able to detect slippery surfaces and reduce its speed by switching to a cautious mode. This is important when cleaning in a spa, where wet floors are common. The robot safely reroutes around risk areas and completes cleaning without falling.
Lidars and 3D cameras create a three-dimensional model of the room, detecting objects in real time.
Ultrasonic sensors detect small objects such as boxes or baskets.
The body material is water-resistant, and the electronic modules are protected from moisture, making the robot suitable for cleaning near water and in damp rooms.
How the algorithms work
Initial scan — the robot slowly moves around the room, scanning the location of tables, loungers, and baskets.
Map creation — a map of the room is created, including areas where temporary obstacles may be located.
Bypass routes — algorithms build the optimal path, taking into account the possible movements of objects.
Dynamic response — if an object has been moved, the robot does not slow down: it “understands” the situation and adjusts its route in real time.
Safety in wet conditions
The robot is able to detect slippery surfaces and reduce its speed by switching to a cautious mode. This is important when cleaning in a spa, where wet floors are common. The robot safely reroutes around risk areas and completes cleaning without falling.
- Examples of waterproof robot use in real-life cases Spa complex with swimming pools
- A waterproof robot is used every night to clean tiles near swimming pools, cabins, and wet showers.
- Tables and sun loungers are cleaned manually before the cycle begins, but the robot navigates using a map and confidently avoids obstacles.
- In the morning, guests see perfectly dry and clean areas — without the smell of chemicals or extraneous noise.
- Fitness center with sauna
- Between cleaning sessions, baskets with towels and portable stools are temporarily placed.
- The robot registers changes in the location of objects and adapts to the new map of the room.
- Repeated passes are corrected automatically — without staff intervention.
- Hotel with a swimming pool and relaxation areas by the water
- At the entrance, boxes with inventory and umbrellas can be moved by staff.
- The robot is equipped with a low object detection module (less than 10 cm) and automatically recalculates its route.
- It covers approximately 500 m² per cycle, bypassing tables, sun loungers, and baskets without error.
Advantages of robots in cleaning organizations
Increased productivity
Simultaneously maintains the cleanliness of large areas without human intervention.
Freed staff from routine tasks, reducing workload.
Confidentiality and non-interference
Operates without chemical odors or noise.
Invisible to guests, does not distract or interfere with relaxation.
Consistent cleaning quality
Not affected by fatigue or human error.
Each area is cleaned strictly according to the floor plan and route.
Reduced turnover risk
The use of robots helps reduce staff turnover, as automation removes some of the physically demanding tasks. People work on supervision and control — without constant manual labor.
Increased productivity
Simultaneously maintains the cleanliness of large areas without human intervention.
Freed staff from routine tasks, reducing workload.
Confidentiality and non-interference
Operates without chemical odors or noise.
Invisible to guests, does not distract or interfere with relaxation.
Consistent cleaning quality
Not affected by fatigue or human error.
Each area is cleaned strictly according to the floor plan and route.
Reduced turnover risk
The use of robots helps reduce staff turnover, as automation removes some of the physically demanding tasks. People work on supervision and control — without constant manual labor.
How to introduce a robot into a spa area or swimming pool
1. Initial audit of the premises
Preparation of a map, marking of zones, identification of temporary obstacles: tables, sun loungers, and equipment.
2. Trial run
The robot performs a test cleaning cycle in autonomous mode, while the operator observes its behavior around transverse objects.
3. Route configuration
Based on the test results, bypass zones are refined, “prohibited” areas are set, and night cleaning scenarios are prescribed.
4. Staff training
Employees learn how to start, maintain, and place markers if the environment changes (e.g., seasonal storage of furniture).
5. Maintenance and support
Waybot provides regular technical inspections, brush replacement, and body tightness checks.
1. Initial audit of the premises
Preparation of a map, marking of zones, identification of temporary obstacles: tables, sun loungers, and equipment.
2. Trial run
The robot performs a test cleaning cycle in autonomous mode, while the operator observes its behavior around transverse objects.
3. Route configuration
Based on the test results, bypass zones are refined, “prohibited” areas are set, and night cleaning scenarios are prescribed.
4. Staff training
Employees learn how to start, maintain, and place markers if the environment changes (e.g., seasonal storage of furniture).
5. Maintenance and support
Waybot provides regular technical inspections, brush replacement, and body tightness checks.
Modern cleaning robots with autonomous navigation are not just a technological novelty, but a real solution for businesses operating in wet environments. This is especially relevant for facilities where cleanliness and visual presentation are important, such as spas, swimming pools, fitness centers, and wellness centers.
A waterproof robot that is resistant to high humidity and contact with water is capable of performing high-quality cleaning near water, even on extremely wet surfaces. At the same time, it confidently navigates around temporary obstacles such as tables, boxes, equipment, laundry baskets, and other items typically found in work or customer areas.
An advanced system of sensors, lidars, and visual cameras allows the robot for wet rooms to see its surroundings in real time, and built-in algorithms instantly adjust the route at the slightest change in the room's landscape. This eliminates the possibility of collisions, breakdowns, and downtime in cleaning.
Such a robot perfectly solves key tasks:
maintaining sanitary standards without involving a large number of staff;
cleaning in spas and wet areas without breaks for rest, weekends, or illness;
quick and accurate response to changes in the environment (for example, if a basket of towels has been moved or temporary equipment has been placed);
no water accumulation, streaks, or chemical odors;
guaranteed safety for guests and employees when in contact with equipment.
The use of such a robot not only improves hygiene, but also significantly reduces the cost of manual cleaning, especially if cleaning is carried out regularly and at night. This solution reduces the risk of human error, eliminates the fatigue factor, and contributes to increased customer loyalty, because a clean room is part of quality service.
In addition, robotization helps reduce staff turnover — employees are not exhausted by routine tasks and can focus on more important functions: communicating with customers, quality control, and service management.
By introducing a waterproof robot into your daily cleaning routine, you not only automate the process but also increase the competitiveness of your business. This is especially important in the service sector, where image and cleanliness directly affect reputation and customer flow.
A waterproof robot that is resistant to high humidity and contact with water is capable of performing high-quality cleaning near water, even on extremely wet surfaces. At the same time, it confidently navigates around temporary obstacles such as tables, boxes, equipment, laundry baskets, and other items typically found in work or customer areas.
An advanced system of sensors, lidars, and visual cameras allows the robot for wet rooms to see its surroundings in real time, and built-in algorithms instantly adjust the route at the slightest change in the room's landscape. This eliminates the possibility of collisions, breakdowns, and downtime in cleaning.
Such a robot perfectly solves key tasks:
maintaining sanitary standards without involving a large number of staff;
cleaning in spas and wet areas without breaks for rest, weekends, or illness;
quick and accurate response to changes in the environment (for example, if a basket of towels has been moved or temporary equipment has been placed);
no water accumulation, streaks, or chemical odors;
guaranteed safety for guests and employees when in contact with equipment.
The use of such a robot not only improves hygiene, but also significantly reduces the cost of manual cleaning, especially if cleaning is carried out regularly and at night. This solution reduces the risk of human error, eliminates the fatigue factor, and contributes to increased customer loyalty, because a clean room is part of quality service.
In addition, robotization helps reduce staff turnover — employees are not exhausted by routine tasks and can focus on more important functions: communicating with customers, quality control, and service management.
By introducing a waterproof robot into your daily cleaning routine, you not only automate the process but also increase the competitiveness of your business. This is especially important in the service sector, where image and cleanliness directly affect reputation and customer flow.
